Conclusion: So Very Close

Without having personally tested any of the ASUS Zenbooks, which at least around the "office" (disclaimer: there is not an office) are generally regarded as among the best ultrabooks on the market, I can't really speak too greatly on how the Toshiba KIRAbook measures up competitively. I can definitely tell you how the user experience measures up to the myriad non-ASUS ultrabooks I have tested, though.

The essential ingredients to any PC computing experience are the keyboard, the mouse/touchpad, the display, and responsiveness. Other factors only become relevant when they're extremes; an unusually fast GPU or CPU, or unusually high thermals or noise. When it comes to the user experience, Toshiba's KIRAbook offers one of the best you can have with an ultrabook. That needs to account for the slightly poorer keyboard quality stemming from the lack of thickness as well as the propensity for clickpads, both of which are compromises made when switching to an ultrabook. Yet Toshiba is able to eke halfway decent depth out of the keys, and the clickpad is serviceable if not mindblowing.

The big wins are the responsiveness and the display. Toshiba's SSD and healthy 8GB of RAM keep the KIRAbook running very smoothly, and the lack of bloatware is immensely appreciated. Display quality is, as I mentioned, absolutely stunning. There was also the pleasant surprise of the speakers, which are really as good as ultrabook speakers are going to get.

So why isn't the KIRAbook a slam dunk? The biggest reason is actually the price, because a starting price of $1,599 forces the KIRAbook into a class it has a much harder time competing in. If the entry level KIRAbook manages to appear in retail at $1,399 or even $1,299, it'll be a wicked deal and easily recommended. But starting at $1,599 and only going north produces some problems and throws design issues into sharp relief.

First, the lid flex is inexcusable at this price point, full stop. It's not horrible, but it's unnerving enough when you're dealing with a display as beautiful as this one is. The magnesium alloy that Toshiba is using also tragically doesn't look that great; it's not unattractive, but it looks like high rent plastic, which we can all agree wasn't what Toshiba was going for. Whether or not it's more sturdy than the aluminum alloy Apple uses (as Toshiba claims) becomes less relevant because it doesn't actually look better.

As far as the specs go, Toshiba did an admirable job and then inexplicably cheaped out with a vengeance on the wireless connectivity. Whether or not 5GHz connectivity is important may depend on the individual, but anyone spending $1.6k on a notebook probably shouldn't be using a cheap, $50 2.4GHz router and dealing with the interference of everyone else's cheap 2.4GHz routers. My smartphone does 5GHz, and a genuine dual band wireless card from Intel only adds $10 or so to the BoM, if that, so there's no excuse for this.

I also have a hard time recommending any model of the KIRAbook but the entry one. The $1,799 one is a joke; you're paying $200 just to add touchscreen capability to the KIRAbook. At least the $1,999 model (as reviewed) offers a faster processor and the expanded feature set of Windows 8 Pro, but the $200 price jumps are tough to justify.

Finally, the biggest fly in the ointment may actually be the impending launch of Haswell. If you pre-order and buy the first generation KIRAbook you're probably going to regret it in a few months; Haswell promises roughly 10% better IPC, and the low voltage models will enjoy a 2W lower TDP. It's tough to argue with better performance and less heat (and thus less noise), and hopefully in the refresh Toshiba will update the wireless card to something from the last year or two.

Is the KIRAbook a bad product? No, not at all, quite the opposite actually. But it's a good product that has a questionable price and poor timing, and that's ultimately where things go south. Price wise it's actually competitive with the PC market, but has a much rougher time competing with the 13.3" Apple Retina MacBook Pro, which actually starts at $100 less. That's the hard lesson PC manufacturers still haven't quite learned: you don't compete with Apple. You can make something that's ostensibly better than an Apple product, but if it's running Windows, you need to charge less for it. The best case scenario for the first generation KIRAbook is a fire sale after the Haswell-based refresh materializes, and that's a verdict I'm not at all happy to deliver for such a promising product.

Display, Battery, Noise, and Heat
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  • wanderer000 - Sunday, May 26, 2013 - link

    Why does a laptop need to have things hanging out of it to achieve 5Ghz? It's all internal.......
  • wanderer000 - Sunday, May 26, 2013 - link

    Whoops just ignore me, your comment confused me on first read.
  • madmilk - Saturday, May 11, 2013 - link

    They're not the one manufacturer that finally made a laptop with a good screen. They're the second, following Apple, and in any case being first doesn't mean no other standards apply. For comparison: the $1500 rMBP comes with a dual-band, 3x3 802.11n adapter, and that really should be the norm for a laptop of that price.
  • Dalamar6 - Monday, May 13, 2013 - link

    They aren't the 2nd to use a "good screen" by far. They're the second to use one this good that's higher res than 1920x1200.

    In any case, I do not see the point to using such a high res screen on less than a 20" notebook, or at the very least, 17". 1080p pixel pitch is TINY on 15.6" already.

    I wouldn't buy this... that much money's better spent on an IPS screen laptop elsewhere.
  • ShieTar - Tuesday, May 14, 2013 - link

    Actually, the tiny resolution does make sense, because it makes texts and other fine details more readable if the software offers reasonable scaling. Which any office suite, web browser and a lot of other productive stuff do.

    When you view videos or play games, resolution becomes less relevant. Nevertheless, if the HD4000 is too weak to play the full resolution, it is nice to be able to use half resolution without major resampling artifacts. That actually works fine with the 1440p screen scaled to 720p, which is a design resolution for most modern games anyways, but you won't be able to scale anything modern to 960x540 and still enjoy it.

    Alternatively, you can try to play the full resolution an just switch of any kind of AA, as you basically get a biological AA due to the sub-visible pixel size.
  • wanderer000 - Sunday, May 26, 2013 - link

    It is when it costs an arm and a leg.
  • JoseAntinio - Friday, May 10, 2013 - link

    Hi I'm new here and would appreciate some advice.

    My understanding is that 2.4GHz Vs 5GHz have both plus and minuses and many believe that 2.4GHz is a better option for the home user.

    If I am right there are no speed issues, in fact as I understand it 2.4GHz can run quicker.

    Could it be that Toshiba have actually got it right for the target market?
  • hp79 - Friday, May 10, 2013 - link

    Yup, both plus and minus. I use both at home. 2.4GHz is too crowded these days especially if you live in an apartment. That's when 5GHz does a great job.

    Wifi cards generally support only 2.4GHz, or both 2.4GHz&5GHz. It's very rare to find a card that only supports 5GHz. If you look at prices on ebay, intel 6300 wifi cards costs about $20 while the cheaper models costs about $15. There's not really that much price difference, so it's just crazy not to put a proper wifi card in a flagship device.

    My Galaxy Note1 also supports both 2 and 5GHz band, and my HTC One even supports 801.11ac (max 450mbps, 5GHz band). Toshiba should have put a card that supports 801.11ac since nothing is replaceable.
  • CSMR - Sunday, May 12, 2013 - link

    Very few people will even know what this means, let alone notice the difference. Ultrabooks have clear compromises (e.g. 256GB total storage); this is an extremely minor point in comparison. Any wireless internet, regardless the speed or standard, will fill up 256GB in no time.
  • jeffkibuule - Saturday, May 18, 2013 - link

    Umm... the problem with 2.4Ghz is that in an apartment complex that has 25 wireless networks around it, using that spectrum is bound to cause interference when there are only 3 non-overlapping transmit channels. That manifests itself in dropped packets. It has nothing to do with downloading data off the Internet.

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